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Minerals & Nutrition > A Clarification of Definitions
TRACE MINERALS
Are Minerals that occur in tiny
amounts or traces and they generally
include mixtures of minerals. They play a major
role in health, since even minute
portions of them can powerfully
affect health. They are essential in
the assimilation and utilization of
vitamins and other nutrients. They
aid in digestion and work as
catalysts for many hormones, enzymes
and essential body functions and
reactions. They also aid in replacing
electrolytes lost through heavy
perspiration or extended diarrhea and
protect against toxic reaction and
heavy metal poisoning.
SOME DEFINITIONS
Amino Acid: Any of a group of
simple organic compounds, many
occurring naturally in plant and
animal tissues and forming the basic
constituents of proteins.
Catalyst:
A sunstance that, without itself
undergoing any permanent chemical
change increases the rate of a
reaction.
Chelate: A
form of a mineral or trace mineral
whereby it is bound, usually
synthetically, to a carbon based or
"organic" substance.
Chelates can allow high
concentrations of certain elements to
be more readily broken down into
ionic form and absorbed when compared
to other minerals which are bound to
other non organic substances.
Chelates, however, tend not to be
naturally balanced.
Colloid:
A non-crystalline substance
consisting of ultramicroscopic
particles.
Colloidal
mineral: A suspension of tiny
consolable mineral and trace mineral
particles in water. Most colloidal
minerals are held in suspension by
their tiny size and/or a static
electrical charge. Many colloidal
minerals claim to be organic due to
the fact that they come from
prehistoric mineral deposits such as
humic shale and that some of the
minerals are bound to carbon.
Note: By this same definition, coal
and many petroleum products are also
organic.Caution: Many colloidal trace
mineral products, even though not
represented on the label, have
aluminium and phosphate as their two
most prominent elements.
ConcenTrace:
Trace Mineral Drops are an ionic,
electrolyte solution of minerals and
trace minerals. Trace Minerals
Research has developed a special
process of tableting so that our
tablets rapidly release the minerals
and trace minerals provided by
ConcenTrace back into an ionic,
electrolyte solution.
Electrolyte:
A substance whose molecules split
into individual ions when dissolved
thus allowing it to conduct
electrical energies (Clayman, 397).
Elemental
Minerals:
1. All minerals are elemental or
elements when looked at and analysed
individually. Therefore, by this
definition, all minerals could be
referred to as elemental.
2. A pure
mineral which is not balanced with
other elements. This is usually
accomplished through extensive
processing such as extreme heat or
electro processing. Examples would
include magnesium metal, copper metal
or tin metal or chlorine gas. There
are several problems which make this
type of elemental mineral unsuitable
for supplementation including the
fact that most, if not all, of the
minerals in this form would either
become such a tightly bound metal
that it would be virtually impossible
to digest and assimilate or it would
be so highly reactive that the
mineral would be extremely toxic.
Even though several companies are now
warning the public of the dangers and
difficulties of taking this type of
elemental mineral, Trace Minerals
Research is not aware of any
companies which are actually selling
this type of elemental mineral as a
dietary supplement.
3. Minerals in
an ionic solution such as found in
ConcenTrace are free flowing and are
not bound to the other minerals and
trace minerals in the solution and
could therefore be referred to as
elemental minerals.
The minerals
and trace minerals in an ionic
solution such as ConcenTrace are,
however, balanced and in associations
such as ion pairs which keep them
from being reactive. For example, the
chloride which is found in
ConcenTrace is associated with many
other minerals and trace minerals and
is in the same form which is readily
absorbed as one of the most abundant
minerals in the body. This is very
different from the highly processed
and separated chlorine which is very
reactive and toxic.
Enzyme:
A protein acting as a
catalyst in a specific biochemical
reaction.
Ion: An
atom or group of atoms than are
inherently either positively or
negatively charged due to either
additional or missing electron(s).
This charge causes the ions to
interact, attracting or repelling
each other in a search for another
ion to join with or to give up an
electron in order to make the charge
neutral (Clayman, 605), (Dox,
Melloni, Eisner, 227).
The fluids of
the body are largely ionic solutions.
The body uses the movement of ions
through these fluids and across cell
membranes as an integral part of many
vital body processes. For example,
ions regulate acid base balance and
water balance. Ions also serve
essential roles in nerve conduction,
muscle contraction, heart action,
blood clotting, protein metabolism,
bone and tooth formation, and enzyme
activation. In fact, every body
process is dependent on ions.
Ionic:
Of, containing or relating to an ion
or ions . Some of the most essential
minerals and trace minerals have
shown a dependency upon being ionic
in order to be absorbed in the
intestinal lumen and/ or to be
physiologically valid.
Through
digestive processes, some of which
are dependent upon sufficient stomach
acid, the body is able to break down
some other forms of organic or
inorganic bound minerals and trace
minerals to their ionic form so they
can be absorbed. Minerals and trace
minerals are capable of remaining in
a free flowing non bound ionic form
in a balanced solution.
Mineral:
Naturally occurring inorganic
elements having a characteristic
crystalline structure and chemical
composition. Minerals or macro
minerals are those minerals which the
body requires more than 100
milligrams of per day for proper
maintenance of health. Micro or trace
minerals are those minerals which the
body requires less than 100
milligrams of per day.
Metallic:
1. All minerals and trace minerals
that are not negatively charged (or
anions) are inherently metallic. This
does not, however, mean that they are
either toxic or non-toxic. For
example, magnesium is a metallic
element which is an essential
nutrient and plays several vital
roles in the body.
2. Metallic
elements can be found in solid metal
or metallic form such as a gold
nugget, a copper or bronze coin,
which is a combination of metallic
minerals. Metallic elements can be
found in the soil in tiny particles
in this form but would be non soluble
and fairly difficult to assimilate.
Only metallic elements are capable of
conducting electricity in solid form.
All metallic
minerals are capable of also being in
an ionic form and when in an ionic
solution , are capable of conducting
electricity through the solution.
This is essential to human health.
Metallic elements are also capable of
being in several non-metallic forms.
Protein:
Any of a class of nitogenous
organic compounds composed of one or
more chains of amino acids which
form an essential part of all
living organisms.
Solution:
A liquid made up of water and water
soluble components.
Vitamin: Any
of a group of organic compounds
essential in small amounts for many
living organisms to maintain normal
health and development.
References:
Clayman C. (1989). The American
Medical Association's Encyclopaedia
of Medicine. New York, Random House.
Dox, I., Melloni, J., Eisner, G.
(1993). Melloni's Illustrated Medical
Dictionary. Pearl River, NY,
Parthenon.
Griffith, H. (1988). Complete Guide
to Vitamins, Minerals and
Supplements. Tucson, AZ, Fisher
Books.
Juo, P. (1996). Concise Dictionary of
Biomedicine and Molecular Biology.
Boca Raton, FL, CRC Press.
Further
Readings:
Horne, M., Swearingen, P. (1993)
Pocket Guide to Fluids, Electrolytes,
and Acid Base Balance. St. Louis,
Mosby.Schauss, A. (1995) Minerals and
Human Health: The Rationale for
Optimal and Balanced Trace Element
Levels. Tacoma, WA, AIBR.
© Information provided byTrace Minerals Research
International. Permision by Todd Heslop |
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